Compressible Turbulent Mixing - Proceedings Of Fifth International Workshop

Rayleigh-Taylor instability under a time-dependent driving acceleration, U. Alon et al; a two-phase flow formulation for the Rayleigh-Taylor mixing zone and its renormalization group solution, J. Glimm et al; Lagrangian treatment of the Rayleigh-Taylor instability, G. Hazak; Richtmyer-Meshkov instability in inviscid and viscous flows, C. Mugler et al; representation of the molecular mixing process in a two-phase flow turbulent mixing model, D.L. Youngs; shock-accelerated heavy gas layers, R.F. Benjamin et al; Rayleigh-Taylor instability experiments in a cylindrically convergent geometry, B. Goodwin and S. Weir; Rayleigh-Taylor instability in strong media, experimental study, A.I. Lebedev et al; a numerical study of shock-acceleration of a diffuse helium cylinder, J.A. Greenough and J.W. Jacobs; and other papers.